Medical controllable infusion clamping plate

Abstract

The invention discloses a medical controllable infusion clamping plate comprising a hand fixing plate and an arm fixing plate which are mutually hinged through a hinge. Two angle adjusting devices which are opposite are arranged at a joint of the hand fixing plate and the arm fixing plate. A hand and an arm of a patient are fixed through the hand fixing plate and the arm fixing plate respectively, so that shedding of a syringe needle due to incorrect movement of the hand of the patient during infusion is avoided; the hand fixing plate and the arm fixing plate are mutually hinged through the hinge and fixed through the angle adjusting devices on two sides, so that posture of the hand of the patient can be adjusted properly during infusion, discomfort like fatigue and aching and numbness of the hand due to the fact that same posture is maintained for a long time is avoided, and the patient feels more relaxed and comfortable during infusion; a bamboo fiber cushion is arranged on each of the hand fixing plate and the arm fixing plate, and a ventilation hole is formed in the middle of the hand fixing plate, so that comfort of the patient during infusion is improved.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and relates to an infusion splint, in particular to a medical adjustable infusion splint. Background technique [0002] One of the important medication methods in pediatric treatment during intravenous infusion. After the puncture is successful, the needle may slip out of the blood vessel due to the movement of the child or the loose fixation of the needle, which will increase the pain of repeated venipuncture for the child, increase the workload and pressure of the medical staff, and increase the cost of the hospital. [0003] At present, clinically immobilizing the infusion limbs of children are all fixed with small splints and adhesive tapes. The direct contact of the limbs with the hard splint will also cause discomfort, and the air permeability is poor. When used in summer, children are prone to discomfort due to sweating of the hands, which affects the infusion effect. Contents o...

AI Technical Summary

Problems solved by technology

After the puncture is successful, the needle may slip out of the blood vessel due to the movement of the child or the needle is not firmly fixed, which will increase the pain of the child's repeated venipuncture, increase the workload and pressure of the medical staff, and increase the cost of the hospital

[0003] At present, clinically immobilizing the infusion limbs of children are all fixed with small splints and adhesive tapes. Direct contact of the limbs with the hard splint will also cause discomfort, and the air permeability is poor. When used in summer, children are prone to discomfort due to sweating of the hands, which affects the infusion effect

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